Friday, January 16, 2015

Who Wants to Live a Million Years:Analysis of a Natural Selection Stimulation

       It took me twelve generations to finally win one game. It took this long because I had to chose one of each species selection that has different features. I think this means that species have to have the best genetics and features to survive certain obstacles to survive up to a million years.

        I selected the tall red headed species, short species with stripes, and the short fat species with lots of fur.  I believe this helped me win because they reproduced with one another and made one whole new species that can survive.

        Yes, I believe the species would be greatly affected by genetic drift. When some type of genetic drift happens, most of the population of the species dies off. For example, when it is freezing cold and there is a species that has not fat and fur, it will most likely die off.

          The tall species seemed to be more dominant and the short species with no fur seemed recessive. I could tell because most of the species after reproducing turned out tall. This proves that the tall species is recessive.

           During cold conditions short, fat, and furry species best survives. Species with no fur will survive hot conditions. When there is a new predator on scene species with long legs and tall height will survive the invasion. Species with tall legs and long necks will be able to survive due to tal new plant resources.

            To improve natural selection and biological evolution the should be no pollution and poaching and stop global warming.

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